Sequence Similarity Clusters for the Entities in PDB 1NTK

Entity #1 | Chains: A
Ubiquinol-cytochrome C reductase complex core protein I, mitochondrial protein, length: 446 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 24 1205
95 % 7 29 1262 Flexibility: Low
Max RMSD: 2.0, Avg RMSD: 0.9
PDBFlex
90 % 7 33 1058
70 % 7 50 628
50 % 7 50 671
40 % 7 50 705
30 % 13 58 594
Entity #10 | Chains: J
Ubiquinol-cytochrome C reductase complex 7.2 kDa protein protein, length: 62 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 27 974
95 % 7 32 1123 Flexibility: Low
Max RMSD: 11.4, Avg RMSD: 2.4
PDBFlex
90 % 7 32 1149
70 % 7 49 644
50 % 7 49 688
40 % 7 49 717
30 % 7 49 715
Entity #11 | Chains: K
Ubiquinol-cytochrome C reductase complex 6.4 kDa protein protein, length: 56 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 3 8 5824
95 % 4 21 2123
90 % 4 22 1964
70 % 4 25 1555
50 % 4 25 1596
40 % 4 25 1617
30 % 4 25 1587
Entity #2 | Chains: B
Ubiquinol-cytochrome C reductase complex core protein 2, mitochondrial protein, length: 439 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 25 1206
95 % 7 30 1263 Flexibility: Low
Max RMSD: 1.1, Avg RMSD: 0.7
PDBFlex
90 % 7 34 1131
70 % 7 51 629
50 % 7 51 672
40 % 7 51 706
30 % 7 51 704
Entity #3 | Chains: C
Cytochrome b protein, length: 379 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 25 1130
95 % 7 25 1540 Flexibility: Low
Max RMSD: 1.3, Avg RMSD: 0.6
PDBFlex
90 % 7 29 1215
70 % 7 49 631
50 % 13 57 566
40 % 14 65 445
30 % 14 65 445
Entity #4 | Chains: D
cytochrome c1 protein, length: 241 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 26 1011
95 % 7 29 1273 Flexibility: Low
Max RMSD: 2.9, Avg RMSD: 1.2
PDBFlex
90 % 7 32 1113
70 % 7 46 682
50 % 13 54 610
40 % 13 54 642
30 % 14 62 464
Entity #5 | Chains: E
UBIQUINOL-CYTOCHROME C REDUCTASE IRON-SULFUR SUBUNIT, MITOCHONDRIAL protein, length: 196 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 21 1627
95 % 7 24 1646 Flexibility: Low
Max RMSD: 8.4, Avg RMSD: 2.4
PDBFlex
90 % 7 30 1266
70 % 7 44 749
50 % 13 52 657
40 % 14 60 487
30 % 14 60 484
Entity #6 | Chains: F
Ubiquinol-cytochrome C reductase complex 14 kDa protein protein, length: 110 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 22 1327
95 % 7 29 1196 Flexibility: Low
Max RMSD: 1.4, Avg RMSD: 0.6
PDBFlex
90 % 7 32 1146
70 % 7 49 642
50 % 7 49 683
40 % 7 49 713
30 % 7 49 712
Entity #7 | Chains: G
Ubiquinol-cytochrome C reductase complex ubiquinone-binding protein QP-C protein, length: 81 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 7 24 1195
95 % 7 29 1198 Flexibility: Low
Max RMSD: 2.5, Avg RMSD: 1.1
PDBFlex
90 % 7 32 1148
70 % 7 35 1056
50 % 7 49 687
40 % 7 49 716
30 % 7 49 714
Entity #8 | Chains: H
Ubiquinol-cytochrome C reductase complex 11 kDa protein protein, length: 78 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name
100 % 7 21 1593
95 % 7 30 1199
90 % 7 44 689
70 % 7 48 652
50 % 7 48 695
40 % 7 48 726
30 % 7 48 723
Entity #9 | Chains: I
Ubiquinol-cytochrome C reductase 8 kDa protein protein, length: 57 (BLAST)
Sequence Similarity Cutoff Rank Chains in Cluster Cluster ID / Name Structural variation in cluster
100 % 2 7 6796
95 % 2 7 7363 Flexibility: No
Max RMSD: 0.4, Avg RMSD: 0.4
PDBFlex
90 % 2 7 7314
70 % 2 10 4197
50 % 2 10 4038
40 % 2 10 3867
30 % 2 10 3586

Instructions

In the table for each entity, view a list of similar sequences by selecting the link associated with the percentage cutoff.



View more detailed documentation on the redundancy reduction and sequence clustering procedure used by RCSB PDB.